Project Introduction

Addressing the integrated operational needs of “rapid screening, swift registration, efficient data retention, and streamlined management,” Beijing Sosike has launched a multifunctional post‑toxicity rapid screening and triage system. This solution integrates personnel identification, physiological data collection, intelligent analytics, and on‑site deployment capabilities, helping relevant agencies enhance field‑level screening and triage efficiency, standardize workflows, and strengthen data‑management capacity, thereby providing more effective technological support for drug‑control enforcement and targeted scenario‑based inspections.

 

I. Overview of the Plan

In scenarios such as traffic checkpoints, public security inspection stations, entertainment venues, community-based drug rehabilitation management, and personnel screening in key industries, traditional manual identification methods often suffer from cumbersome procedures, limited screening efficiency, inconsistent on-site record-keeping, and weak coordination in follow-up management. Faced with the practical demands of high-frequency operations, rapid workflows, and stringent regulatory requirements, there is an urgent need for an integrated intelligent equipment solution that combines “rapid identification, swift testing, prompt registration, and efficient data output.”

The multi‑functional post‑toxicity rapid screening and clearance system is designed precisely to address the aforementioned needs. Centered around a high‑performance Android‑based host, the solution integrates an forehead‑mounted laser sensor, a finger‑clip module sensor, and a second‑generation ID card reader for registration. It enables on‑site, rapid identity verification, personnel registration, physiological data collection, and auxiliary assessment for post‑toxicity screening and clearance, thereby establishing a more efficient, standardized, and traceable operational workflow.

 

II. Customer Pain Points

1. High efficiency is required for on-site screening.

During law enforcement inspections, mobile patrols, and checks at key venues, staff must rapidly verify large numbers of individuals, a process that traditional methods often lead to long queues and slow down workflow.

2. Identity verification and screening processes are fragmented.

Personnel identification, information registration, sample collection, and result recording are often carried out in a fragmented manner, which can lead to redundant procedures and undermine on-site coordination efficiency.

3. Inconsistent data recording

Paper-based records or manual data entry are prone to omissions, errors, and incomplete information, placing undue strain on subsequent review, archiving, and management processes.

4. The on-site environment is complex, placing high demands on the equipment’s portability and stability.

Frontline use cases are often characterized by their ad-hoc nature, mobility, and high frequency, requiring devices to be ready-to-use upon power-up, rapidly deployable, and adaptable to a wide range of application scenarios.

5. Ongoing demand for business expansion continues to grow.

As management requirements continue to evolve, equipment must not only meet current screening and discharge needs but also support future upgrades, functional expansion, and system compatibility.

 

III. Value of the Solution

1. Rapid screening and triage

Conduct rapid screening and triage support for individuals under the influence of drugs, enhancing on-site preliminary screening efficiency and enabling staff to process more target individuals within a limited timeframe.

2. Quick Registration

Integrates a second-generation ID card reader module to enable rapid reading and registration of identity information, reducing manual data entry and redundant input, and enhancing the standardization of information collection.

3. Multi-dimensional auxiliary judgment

By integrating identity verification, physiological data collection, and intelligent analytics, a multi-dimensional triage logic is established, making on-site screening more systematic and compelling.

4. Portable Deployment

The device features a portable design, making it suitable for a wide range of mobile law enforcement and patrol applications, and supports quick transport, rapid deployment, and swift mission execution.

5. Ample room for upgrades and expansion

Built on the Android platform, it facilitates subsequent software upgrades, algorithmic optimization, and functional expansion, better accommodating the evolving needs of drug‑prevention screening and management.

 

IV. Composition of the Plan

This plan consists of the following core components:

1. Smart Android TV Box

As the core control platform of the entire solution, it undertakes functions such as data processing, user interface interaction, business operations, and result presentation.

2. Forehead laser-type sensor

It is used to collect relevant data in conjunction with on-site testing procedures, with a design that emphasizes safety, convenience, and field applicability.

3. Finger‑clip module sensor

It is used for rapid contact-based acquisition of relevant physiological signals and, when paired with the host device, enables a fast detection workflow.

4. Second-generation ID card reading and registration module

Supports on-site rapid reading of personnel identity information, facilitating law enforcement registration, personnel record-keeping, and data matching.

5. Data Transmission and Power Supply Accessories

Includes a data transmission base, charging cable, charging plug, and accompanying accessories, meeting the needs of field operations and daily management.

 

V. Core Functions

1. Rapid screening and elimination of toxins

The device is designed to meet the need for rapid post‑incident screening and triage of multiple types of illicit drugs, helping personnel conduct efficient on‑site investigations of targeted individuals.

2. Rapid Personnel Registration

Leveraging second-generation ID card reading capabilities, it enables rapid collection and registration of identity information, enhancing verification efficiency and ensuring compliance with operational standards.

3. Physiological Data Collection

By employing a forehead‑mounted laser‑type sensor and a finger‑clip module sensor, relevant physiological data are collected, providing supporting evidence for on‑site screening and triage.

4. Intelligent Business Processing

Leveraging the Android host platform, it enables device‑side information display, data processing, task execution, and result management, thereby enhancing on‑site operational continuity.

5. Data Retention and Management Support

Supports subsequent data management and transmission needs, providing foundational support for follow-up review, archiving, and business process integration.

 

VI. Key Highlights of the Plan

Highlight 1: Integrated Screening, Sorting, and Registration

It is no longer a standalone testing device; instead, it integrates “identity verification, rapid screening and triage, and information management” into a single system, helping to streamline on-site workflows.

Highlight 2: Multi-dimensional Screening Assistance

By integrating multiple dimensions—including personnel identification, on-site testing, and physiological data collection—this approach provides supplementary decision‑making support, thereby enhancing the comprehensiveness of on-site screening efforts.

Highlight 3: Mobile law enforcement is more efficient.

The device is portable, easy to carry and deploy, making it ideal for mobile applications such as on-site inspections, mobile checks, targeted screenings, and surveillance at key locations.

Highlight Four: More Convenient Operation

Ready to use right out of the box—no complicated installation or configuration required—enabling rapid deployment and lowering the barrier to on-site operation.

Highlight 5: Platform-based scalability

Built on a standard Android platform, it offers greater flexibility for future software updates, screening algorithm upgrades, and expansion of business workflows.

 

VII. Typical Application Scenarios

1. Agency Enforcement Inspections

It is suitable for use at traffic checkpoints, public security inspection stations, and other venues, enabling rapid screening and identity verification of passing individuals and enhancing on-site law enforcement efficiency.

2. Community-Based Drug Addiction Treatment and Rehabilitation Management

It is used for the daily monitoring and management of community-based drug rehabilitation participants, helping relevant authorities to detect abnormalities more promptly and enhance management efficiency.

3. Inspection of Entertainment Venues

It is suitable for rapid screening of personnel in key entertainment venues, helping relevant authorities improve on-site inspection efficiency and strengthen management of high‑risk areas.

4. Rapid Screening for Drug-Impaired Driving

Conduct rapid testing and assisted screening for drivers, applicable to both ordinary vehicles and key‑sector fleets such as ride-hailing and taxi services, thereby helping to enhance public transportation safety.

 

VIII. Application Process

Step 1: Identity Verification

On-site reading of second-generation ID card information enables rapid personnel identity registration.

Step 2: Rapid Testing

Relevant data are collected using a forehead‑mounted laser‑type sensor and a finger‑clip module sensor.

Step 3: Intelligent Assistive Analysis

Information processing and the output of the auxiliary screening and sorting process are performed by the host system.

Step 4: Record the Results

Generate on-site records to facilitate subsequent verification, management, and seamless business coordination.

Step 5: Data Management

In conjunction with downstream business systems or management requirements, enable information archiving, retrieval, and ongoing tracking.

 

9. Equipment Comparison of Advantages

Why choose the multi-functional rapid toxin screening and elimination system?

Faster
From identity verification to on-site screening and queuing, the workflow is more tightly integrated, significantly reducing the time required per individual.

More comprehensive
Integrating identity verification, biometric data collection, screening and triage assistance, and data management into a single system, it eliminates the need for multi-device stitching workflows.

More portable
Suitable for mobile law enforcement and ad-hoc inspection tasks, meeting the needs of rapid on-site deployment in diverse scenarios.

More standardized
Unified registration, standardized processes, and centralized record-keeping facilitate the establishment of a standardized, closed-loop workflow.

More scalable
The Android platform architecture enables more efficient software updates and greater flexibility for future feature enhancements.

 

X. Equipment Parameters

Simple parameters
Host processor	Octa-core high-performance processor
Screen size	5.0-inch HD touchscreen
Screen resolution	1280*720
Host dimensions	178*83*24.6mm
Second-generation ID card reading module	Compliant with the ISO/IEC 14443 Type B standard, as well as the “GA 450-2013 General Technical Requirements for Desktop Resident Identity Card Readers,” the “GA 467 Technical Specification for the Interface of the Security Control Module in Resident Identity Card Verification,” and the “GA/T 1011-2012 General Technical Requirements for Resident Identity Card Fingerprint Collectors.”
Reading time	<1s
Operating temperature	-40℃ to +60℃
Storage temperature	-45℃ to +70℃
Battery life	About 8 hours
Weight	Approximately 1200 g
Accessories	Finger‑clip sensor module, data‑transfer base, charging cable, charging plug, user manual, ABS‑specific protective case

Specific parameters
Processor speed	8 cores, 2.0 GHz
Screen size	5.0-inch screen
Screen resolution	1280*720
Touch screen	Multi-touch, Corning third-generation glass tempered screen
Camera	5.0MP front camera
	Rear 13MP camera with autofocus and flash
Microphone head	Built-in 8Ω/0.8W waterproof speaker x 1
Speaker	Built-in sensitivity: -42 dB, output impedance 2.2 kΩ
Biometric Module
Resolution	24bit
RMS noise	<1 µV (0.1–100 Hz)
Input range	-150 mV to +150 mV
Input impedance	>1 GΩ
Common-mode rejection ratio (CMRR)	(@50-60Hz): 100 dB
Sampling rate	4096/2048/1024/512 or 4000/2000/1000/500 Hz
Analog bandwidth	DC to 800 Hz at 4 kHz
Second-generation ID card reading module
Standards and specifications	Compliant with the ISO/IEC 14443 Type B standard, as well as the “GA 450-2013 General Technical Requirements for Desktop Resident Identity Card Readers,” the “GA 467 Technical Specification for the Interface of the Security Control Module in Resident Identity Card Verification,” and the “GA/T 1011-2012 General Technical Requirements for Resident Identity Card Fingerprint Collectors.”
Card reading time	<1s
Reading distance	0-30mm
Effective Collection Window	15.2*20.3mm
Image size	300*400 pixels
Image resolution	500dpi
Operating frequency	13.56 MHz ± 7 kHz (fc)
Antenna energy	The electromagnetic field strength at the antenna surface (Hmx) ≤ 7.5 A/m rms; the electromagnetic field strength in the normal direction at the maximum reading distance (Hmh) ≥ 1.5 A/m rms.
Fingerprint sensor
Collection method	High-precision ADC acquisition
Image Acquisition Time	≤160ms
Resolution	508DPI
Collection window size	13.85mm×18.90mm
Effective Collection Area	12.8mm×18.0mm
Image size	256 × 360 pixels
Interface sensor
Gravity sensing	Built-in
Gyroscope	Built-in
Compass	Built-in
Proximity sensing	Built-in
Light sensitivity	Built-in
Wi-Fi	Wi‑Fi 802.11(a/b/g/n), dual-band Wi‑Fi at 2.4 GHz and 5.8 GHz
Bluetooth BT	4.0 (BLE) Class 1.5 transmission distance: 10 m
4G/5G	GSM, WCDMA, TD-SCDMA, LTE-FDD, LTE-TDD, all-network compatibility
GPS/BDS	GPS or BDS, choose either one.
Machine interface	SIM card slot, TF memory card slot, USB 3.0, standard headphone jack, Pogo pin, TYPE-C charging port
External power supply	DC 5V, maximum current 1.5A
Physical parameters
Operating ambient temperature	-40°C to +60°C
Storage temperature	-45℃ to +70℃
Operating humidity	Humidity less than 90% (no condensation)
Power supply	Built-in lithium battery, 3.7V/5000mAh
Battery life	Approximately 8 hours (standby time > 300 hours)
Appearance dimensions	178*83*24.6mm
Weight	Approximately 1200 g
Equipped with accessories
Finger clip sensor	Collect finger data
Data Transmission Foundation	Supports charging and data transfer
Charging data cable	USB to Type-C
Charging plug	US standard/EU standard
Instruction manual	A copy
Packaging	ABS-specific protective enclosure (dimensions: 380 mm × 220 mm × 120 mm)

XI. Project Summary

The multifunctional rapid screening and triage system for drug‑related cases is more than just a standalone testing device; it is a comprehensive, high‑efficiency operational solution designed for on‑site law enforcement, anti‑drug investigations, and the management of key individuals. By integrating identity registration, physiological sample collection, rapid screening and triage, data retention, and scalable future‑proofing into a single platform, it balances field‑level practicality, standardized procedures, and long‑term scalability.

For organizations seeking to enhance on-site operational efficiency, strengthen information management, and standardize screening and sorting workflows, this is an intelligent solution that better aligns with current business needs while also supporting future upgrades and scalability.

 

XII. Conclusion

For product details, application solutions, partnership models, or technical support regarding the multi‑functional rapid post‑exposure screening and decontamination system, please contact us. We will provide you with expert product consulting and tailored solution services.